The present invention is a textual discourse analysis with the purpose of analyzing and visualizing of complex text. The invention operates and functions based on conceptual relations, both logical and axiological, among grammatical components of a
sentence and across sentences of a given text. Thus, three basic grammatical units, namely Agent / s, Topic / s and Object / s, have been utilized, in order to build a tripartite structure. Discursive analysis of text based on this invention provides a novel approach for automatically classifying positions of Agent / s within particular textual databases vis-a-vis to Topic / s and Object / s, and vice versa. Therefore, as illustrated above, a
computer program method of the present invention starts by creating a conceptual map of a given text, classifying semantic
macro-areas, positions of Agents, Topics and objects and then correlates such positions with other components in the
database. In the next step of the invention, the computer assigns a reference
system, provided for analyzing denotative content of discourse. The
system is based upon a
database of terms of words and phrases and their associated denotative as well as connotative meanings followed by generation of a
database, axiologically categorizing subject-matters.