We discuss some issues of displaying ~wo-dimensional surfaces in four-dimensional (4D) space, including the behavior of surface normals under projedion, the silhouette points due to the projection, and methods Cor object orientation and projection center specification. We have implemented an interactive 4D display system on z-butrer based graphics workstations. Preliminary experiments show that such a 4D display system can give valuable insights into high-dimensional geometry. We present some pictures from the examples using high-dimensional geometry, offset curve tracing and collision detection problems, and explain some of the insights they convey.
The approach of devising robust surface methods applicable to arbitrarily located data was taken by ...
Thesis (Ph.D.) - Indiana University, Computer Sciences, 2009People have long been fascinated with un...
International audienceIn this article, we describe a new method for real-time display, in a geometri...
In this thesis a method has been proposed to visualize curves, surfaces and hypersurfaces in four-di...
Four-dimension visualization is an interesting topic as we live in a 3D space, we do not have the ch...
We present a point based rendering algorithm that uses hyper-cubes to perform spatial subdivision in...
Thesis (Ph.D.) - Indiana University, Computer Science, 1992This thesis concerns using computer graph...
Objects of more than three dimensions can be used to model geographic phenomena that occur in space,...
Visualizing the dynamics of n-dimensional graphics is made possible by high speed, high quality comp...
Meshview is an interactive visualization system for viewing points, curves, and two-dimensional mani...
The visible surface problem for three dimensional objects is examined from a global point of view in...
In computer graphics one is often concerned with representing three-dimensional objects on a two-dim...
International audienceIn this article we survey illustrative rendering techniques for 3D surface mod...
Surface visualization is very important within scientific visualization. The surfaces depict a value...
technical reportThis research describes a method for producing shaped pictures of curved surfaces. I...
The approach of devising robust surface methods applicable to arbitrarily located data was taken by ...
Thesis (Ph.D.) - Indiana University, Computer Sciences, 2009People have long been fascinated with un...
International audienceIn this article, we describe a new method for real-time display, in a geometri...
In this thesis a method has been proposed to visualize curves, surfaces and hypersurfaces in four-di...
Four-dimension visualization is an interesting topic as we live in a 3D space, we do not have the ch...
We present a point based rendering algorithm that uses hyper-cubes to perform spatial subdivision in...
Thesis (Ph.D.) - Indiana University, Computer Science, 1992This thesis concerns using computer graph...
Objects of more than three dimensions can be used to model geographic phenomena that occur in space,...
Visualizing the dynamics of n-dimensional graphics is made possible by high speed, high quality comp...
Meshview is an interactive visualization system for viewing points, curves, and two-dimensional mani...
The visible surface problem for three dimensional objects is examined from a global point of view in...
In computer graphics one is often concerned with representing three-dimensional objects on a two-dim...
International audienceIn this article we survey illustrative rendering techniques for 3D surface mod...
Surface visualization is very important within scientific visualization. The surfaces depict a value...
technical reportThis research describes a method for producing shaped pictures of curved surfaces. I...
The approach of devising robust surface methods applicable to arbitrarily located data was taken by ...
Thesis (Ph.D.) - Indiana University, Computer Sciences, 2009People have long been fascinated with un...
International audienceIn this article, we describe a new method for real-time display, in a geometri...