Tactile diagrams require considering specific features like resolution, size, density and even fonts to be perceived properly. Mathematica, as a powerful tool, provides integrated environment for technical computing, and has introduced a new generation of mathematical and algebraic capabilities. By the way, by default it does not respect the features necessary for graphs to be drawn to be fully tactile perceivable. In this paper, we have studied different aspects of graphing with the package and have investigated a criterion regarding the density feature for the drawn graphs to be judged how far are tactile perceivable.

TACTILE GRAPHICS WITH MATHEMATICA / C. Bernareggi, H. Tahayori, M. Moharrer - In: 2nd International Conference "From Scientific Computing to Computational Engineering" : Proceedings Volume III / [a cura di] Prof. Demos T.Tsahalis. - Patras : Patras University Press, 2006 Jul 05. - ISBN 960-530-083-4. - pp. 1291-1298 (( Intervento presentato al 2. convegno International Conference “From Scientific Computing to Computational Engineering” tenutosi a Athens nel 2006.

TACTILE GRAPHICS WITH MATHEMATICA

C. Bernareggi
Primo
;
H. Tahayori
Secondo
;
2006

Abstract

Tactile diagrams require considering specific features like resolution, size, density and even fonts to be perceived properly. Mathematica, as a powerful tool, provides integrated environment for technical computing, and has introduced a new generation of mathematical and algebraic capabilities. By the way, by default it does not respect the features necessary for graphs to be drawn to be fully tactile perceivable. In this paper, we have studied different aspects of graphing with the package and have investigated a criterion regarding the density feature for the drawn graphs to be judged how far are tactile perceivable.
Mathematica ; Tactile ; Density
5-lug-2006
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2434/64610
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