Add to ORKGIn this paper we present a method for visualizing surfaces of revolution in R3 using an extension of the parallel coordinate system: the a-parallel coordinate system. The representation of 0-flats and 1-flats in this new system is also given. In order to find the representation of surfaces of revolution in this new coordinate system, we define the extension of Eickemeyer’s flats to a wider class of sets, named flatsa.Eje: II - Workshop de computación gráfica, imágenes y visualizaciónRed de Universidades con Carreras en Informática (RedUNCI
Parallel coordinates are a well-known and valuable technique for the analysis and visualization of h...
In this paper, we classify conformal surfaces of revolution in hyperbolic3-space $\mathbb{H}^{3}(-c^...
The three dimensional parallel coordinate plot (3-D PCP) is a visualization method to detect hidd...
In this paper we present a method for visualizing surfaces of revolution in R3 using an extension of...
A point P 2 Rn is represented in Parallel Coordinates by a polygonal line ¯ P (see [Ins99] for a rec...
In this paper I analysis about the visualization techniques of large set of data with parallel coord...
In this paper, we deal with surfaces of revolution and their intersections. We start with the surfac...
this paper we further this representation paradigm by applying those results to smooth surfaces. We ...
This paper continues our work on visual representation s of three-dimensional surfaces [Brady and ...
Surfaces of revolution belong to an important class of geometric models with simpler shape character...
The three dimensional parallel coordinate plot (3-D PCP) is a visualization method to detect hidd...
We introduce a new class of surfaces in Euclidean 3-space, called surfaces of osculating circles, us...
In this paper, we propose a novel 3D invariant surface representation under the 3D motion group M(3)...
Surface definition deals with representing a surface analytically using a finite number of parameter...
Given an implicit polynomial equation or a rational parametrization, we develop algorithms to determ...
Parallel coordinates are a well-known and valuable technique for the analysis and visualization of h...
In this paper, we classify conformal surfaces of revolution in hyperbolic3-space $\mathbb{H}^{3}(-c^...
The three dimensional parallel coordinate plot (3-D PCP) is a visualization method to detect hidd...
In this paper we present a method for visualizing surfaces of revolution in R3 using an extension of...
A point P 2 Rn is represented in Parallel Coordinates by a polygonal line ¯ P (see [Ins99] for a rec...
In this paper I analysis about the visualization techniques of large set of data with parallel coord...
In this paper, we deal with surfaces of revolution and their intersections. We start with the surfac...
this paper we further this representation paradigm by applying those results to smooth surfaces. We ...
This paper continues our work on visual representation s of three-dimensional surfaces [Brady and ...
Surfaces of revolution belong to an important class of geometric models with simpler shape character...
The three dimensional parallel coordinate plot (3-D PCP) is a visualization method to detect hidd...
We introduce a new class of surfaces in Euclidean 3-space, called surfaces of osculating circles, us...
In this paper, we propose a novel 3D invariant surface representation under the 3D motion group M(3)...
Surface definition deals with representing a surface analytically using a finite number of parameter...
Given an implicit polynomial equation or a rational parametrization, we develop algorithms to determ...
Parallel coordinates are a well-known and valuable technique for the analysis and visualization of h...
In this paper, we classify conformal surfaces of revolution in hyperbolic3-space $\mathbb{H}^{3}(-c^...
The three dimensional parallel coordinate plot (3-D PCP) is a visualization method to detect hidd...