Critical Systemic Properties of Electronic Atlases of New Generation. Part 1: Problem and Research Methods

Chabaniuk, V.; Kolimasov, I.; Krakovskyi, S.

doi:10.15407/kvt204.02.020

Cited by 4 publications

(1 citation statement)

References 21 publications

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“…In AoS 3, only the graphical overlay and reclassification functions remained, and the statistical functions were simplified. AoSonline, which we critically reviewed in the paper (Chabaniuk, Kolimasov, & Krakovskyi, 2021), demonstrated even greater regression in the context of interactivity.…”

Section: Introductionmentioning

confidence: 99%

Untitled

2022

Bull.geo.knu

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1/2(82/83)/2022 Засновано 1958 року Висвітлено актуальні питання теорії та практики природничої географії, суспільної географії й картографії. Для науковців, викладачів, аспірантів і студентів.In this bulletin the actual problems of theory and practice of natural geography, public geography and cartography are lighted up.For scientists, professors, PhD students and students.

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Section: Introductionmentioning

confidence: 99%

Untitled

2022

Bull.geo.knu

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Critical Systemic Properties of Electronic Atlases New Generation. Part 2: Research Results

Chabaniuk¹,

Kolimasov²

2021

Kibern. vyčisl. teh.

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Introduction. Part 2 discusses three critical systemic properties (CSP) of Electronic atlases (EA) new generation. With their help are determined fundamentally new, systemic EA. Compared with classic systems, new EA have much more opportunities to model spatial systems of actuality.The purpose of the paper is to describe and to prove the criticality of three CSP for a new generation of EA -systemic EA.Results. Three CSP are described: CSP1.System, CSP2.Tree, CSP3.View. CSP1.System means that systemic EA should be models of spatial systems of actuality. These models are primary in contrast to the classic EA models, which are secondary. CSP2.Tree means that the contents/solutions tree of the systemic EA must classify the modeled spatial system of actuality. CSP3.View should model the visualization needs of users, in particular through interactivity. The methods of Conceptual Frameworks and Solutions Frameworks of Relational cartography, as well as facts from Model-Based Engineering were used for proof.Conclusions. Three CSP of systemic EAs are described and it is proved that each of them is a necessary property of EA new generation.

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Classification of Interactive Functions of the Electronic Atlas: Theoretical and Methodological Basis of Creation

Krakovskyi¹,

Kurach²

2022

Bull.geo.knu

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In the more than 30-year history of electronic atlases, only two classifications of interactive functions designed directly for the electronic atlas are widely known. In addition, the theoretical aspects of the development of these classifications have been insufficiently covered, which makes it difficult to improve them further. The purpose of the article is to develop the theoretical and methodological basis of creating the classification system of interactive functions of the electronic atlas. To achieve this purpose, four intermediate goals were set: finding out whether it is necessary to create a new classification or refine existing ones; formation of the terminological apparatus of the object of research and classification system; formation of a set of classification objects—interactive functions; development of the methodological basis of the classification system. The place of interactive functions in the system of notions of interactive and atlas cartography was determined, which included consideration of such notions as electronic atlas elements, atlas interaction, electronic atlas representation, electronic atlas interactivity, atlas interaction operator, electronic atlas functionality, and interactive tool. The following basic notions of the interactive functions classification system were established: classification element, classification object, general principle of classifying, and the main feature (basis) of classifying. Essential (interactivity, resultative, visibility, duration, unambiguity) and non-essential (passivity, extensibility) properties of interactive function, its characteristics and varieties are determined. One hundred seventy-nine interactive functions of the electronic atlas have been preliminarily identified, which will be divided into classification groups based on their purpose. The classification will be intended for developers of atlas platforms and authors of electronic atlases. Its development will help solve such tasks as systematization of experience in creating and implementing interactive functions of electronic atlases; evaluation of interactivity and functionality of electronic atlases; review of the theoretical provisions of atlas cartography, finding new interactive functions and connections between existing ones; accelerating the development of electronic atlases by authors-users of the atlas platform; and demonstration of the interactive capabilities of the atlas platform. The research results can be used at the theoretical level of designing the classification of interactive functions not only for the electronic atlas but also for other applications where the classification object is the interactive function. The proposed terminological apparatus may be of interest to the whole of interactive cartography because such general theoretical notions as interactive function, interactivity, and interaction are considered.

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Critical Systemic Properties of Electronic Atlases of New Generation. Part 1: Problem and Research Methods

Cited by 4 publications

References 21 publications

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Critical Systemic Properties of Electronic Atlases New Generation. Part 2: Research Results

Classification of Interactive Functions of the Electronic Atlas: Theoretical and Methodological Basis of Creation

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